First read the DISCLAIMER			Help
Weight of car under both front wheels	lb	kg
Weight of car under both rear wheels	lb	kg
Aerodynamic downforce at top speed	lbf	kgf
Wheelbase of car	in	mm
Distance from center of gravity to ground	in	mm
Distance from front axle to center of downforce	in	mm
Total area of front brake caliper pistons	in²	mm²
Total area of rear brake caliper pistons	in²	mm²
Effective radius of front brake rotors	in	mm
Effective radius of rear brake rotors	in	mm
Rolling radius of front tires	in	mm
Rolling radius of rear tires	in	mm
Coefficient of friction of front tires
Coefficient of friction of rear tires
Coefficient of friction of front brake pads
Coefficient of friction of rear brake pads
Tandem Master or Dual Master Cylinders
Brake booster assist ratio	: 1	: 1
Brake pedal ratio	: 1	: 1
Force on brake pedal for maximum deceleration	lbf	kgf

Master Cylinder Front:		inch Øint
Master Cylinder Rear:		inch Øint
Dynamic Brake Bias:		%front
Static Brake Bias***:		%front
Max. Deceleration:		g
Weightfrnt @ Brakemin		%front
Weightfrnt @ Brakemax		%front
Hydr. Pressure Front:		psi
Hydr. Pressure Rear:		psi

This calculator runs for free. I hope you find it useful. If you have questions or suggestions, please let me know.